MSO/DS7000 Series Digital Oscilloscope Analog bandwidth: 500 MHz, 350 MHz, 200 MHz, and 100 MHz; bandwidth upgrade option supported 4 analog channels, 1 EXT channel, and 16 digital channels (Option) Up to 10 GSa/s real-time sample rate Up to 500 Mpts memory depth (Option) High waveform capture rate (over 600,000 waveforms per second) Up to 450,000 frames of hardware real-time and ceaseless waveforms recording and playback functions Integrates 7 independent instruments into 1, including digital oscilloscope, 16-channel logic analyzer, spectrum analyzer, arbitrary waveform generator, digital voltmeter, 6-digit frequency counter and totalizer, and protocol analyzer A variety of serial protocol triggers and decodes Auto measurement of 41 waveform parameters; full-memory hardware measurement function A variety of math operations, built-in enhanced FFT analysis, and peak search function Waveform histogram analysis (standard) Independent search, navigation keys, and event table Built-in advanced power analysis software (option) User-defined one-key quick operation 10.1-inch capacitive multi-touch screen, 256-level intensity grading display, with color persistence Multiple interfaces available: USB HOST&DEVICE, LAN(LXI), HDMI, TRIG OUT, and USB-GPIB Web Control remote command Unique online version upgrade Novel and delicate industrial design, easy to operate MSO7000/DS7000 series is a multifunctional and high-performance digital oscilloscope designed on the basis of the UltraVision II technology developed by RIGOL. Integrating 7 independent instruments into one, the MSO7000/DS7000 series is equipped with super high sample bandwidth ratio, extremely high memory depth, clear display, excellent waveform capture rate, and powerful data analysis functions. Many of its specifications have reached the top level in the industry. With sound solutions for mainframes, optional&accessories, and application software, it has aroused great attention from customers in the areas such as industrial control, power supply, and automotive electronics.

MSO7000/ DS7000 Series Digital Oscilloscope

Sophisticated and Convenient Industry Design -- Client Oriented The innovative physical appearance of the instrument and the thin design in both sides of the instrument not only make its LCD display prominent but also keeps its shape delicate, making it portable and easy to operate. 10.1'' WVGA (1024x600) capacitive multi-touch screen, 256-level intensity grading display One-key Quick Operation Touch Screen Switch Key Independent Waveform Analysis Control Area Dedicated Keys for Search Navigation Output Channel of Signal Source The 10.1-inch capacitive multi-touch screen supports various touch...

Overview of RIGOL's Medium and High-end Series Products Analog Channel Analog Bandwidth Max. Memory Depth Waveform Capture Rate Max. Frames of Waveform Recording LCD Hardware Template Test Built-in Arbitrary Waveform Generator Built-in Digital Voltmeter Built-in Hardware Counter Search and Navigation Power Analysis Serial Protocol Analysis Waveform Color Persistence Histogram FFT MATH Connectivity Standard None None 6-digit frequency counter None RS232/UART, I2C, SPI, CAN, FlexRay, and MIL-STD-1553 None None Displays 1 function at the same time standard: USB, LAN, and VGA option: USB-GPIB Standard...

Design Features 7-into-1 Integrated Digital Oscilloscope, with Excellent Performance at Unprecedented Price Point In today's integrated design field, a highly integrated comprehensive digital oscilloscope has become a useful tool for design engineers. The MSO7000/DS7000 series digital oscilloscope launched by RIGOL this time integrates 7 independent instruments into 1, including one digital oscilloscope, one 16-channel logic analyzer, one spectrum analyzer, one arbitrary waveform generator, one digital voltmeter, one high-precision frequency counter and totalizer, and one protocol analyzer. The...

4.Arbitrary Waveform Generator (Option) ·Standard configuration of 2 waveforms output channels for the hardware of MSO model, and only AWG option is required to be ordered ·13 pre-defined waveforms ·Up to 25 MHz frequency ·Up to 200 MSa/s sample rate ·Advanced modulation, sweep, and burst signal output supported ·3-digit DC/AC RMS/AC+DC RMS voltage measurement ·Sound an alarm for reaching or exceeding the limits ·Display the latest measurement results in the form of a diagram, and display the extrema over the last 3 seconds 6.High-precision Frequency Counter and Totalizer ·3 to 6-digit(selectable)...

Super High Sample Bandwidth Ratio Bandwidth and the sample rate are two key technical specifications that engineers take priority in choosing the digital oscilloscope. Bandwidth determines the maximum frequency that the oscilloscope can acquire. The higher the bandwidth of the oscilloscope, the better the oscilloscope can keep the steep, fast, abundant harmonics components and energies of the signal under test. The sample rate determines the time interval of the sample points, which determines the refinement of the outlined waveforms. The MSO7000/DS7000 series provides a maximum of 10 GSa/s real-time...

Hardware Full Memory Auto Measurement The auto measurement is the basic tool for engineers to make a rapid analysis of the signals, and it requires more efficient measurement process and accurate measurement results. MSO7000/DS7000 supports hardware full memory auto measurement, provides measurements of 41 waveform parameters, supports displaying the statistics and analysis of the measurement results for 10 items. In addition, the auto measurement function also supports auto cursor indicator and measurement range selection. You can also set the threshold for each measurement source independently,...

Hardware Waveform Recording and Playback The memory depth is one of the key specifications of the hardware real-time waveforms. This specification is it cannot be guaranteed that all the signals that users recording function adopts the segmented storage oscilloscope. However, whatever high the memory depth, are concerned about can be captured in one time. This is especially true for the occurrence of the infrequent signals during debugging design or locating specific events from the long captured complicated signals. In addition, the long memory depth will be bound to reduce the response time...